CS5160GD16

Special Purpose Regulators Overview

The CS5160GD16 is a CPU 5-bit synchronous buck controller manufactured by onsemi. It is designed as a dual N-channel buck controller to provide unprecedented transient response for high-performance processors. The device operates with an input voltage range of 5V to 14V and supports an output voltage of 2.05V. It is housed in a SOP package and is classified under DC-DC switching controllers.

Special Purpose Regulators Feature Summary

• Designed as a 5-bit synchronous buck controller for CPU power applications
• Utilizes dual N-channel architecture for enhanced performance
• Engineered to deliver unprecedented transient response capabilities

Special Purpose Regulators Applications

• CPU power regulation for high-performance processors
• Synchronous buck converter designs requiring fast transient response

Special Purpose Regulators Procurement Notes

Verify RoHS compliance status, as sources indicate non-compliance. Confirm package type accuracy (SOP vs SOIC) against the official datasheet. Check current availability and obsolescence status directly with onsemi or authorized distributors before design finalization.

Special Purpose Regulators Selection Notes

Select this component for applications requiring a dedicated synchronous buck controller with specific 5-bit resolution. Ensure input voltage requirements align with the 5V to 14V range. Verify that the SOP package fits the PCB layout constraints and thermal requirements of the target design.

Special Purpose Regulators Part Context

This part belongs to onsemi's line of DC-DC switching controllers. It is specifically categorized for CPU power management, distinguishing it from general-purpose regulators. The CS5160 series is tailored for demanding processor core voltage regulation tasks.

Special Purpose Regulators Replacement Considerations

Consult the official onsemi datasheet for direct pin-to-pin replacements or functional equivalents within the CS51xx family. Verify compatibility with existing control loops and thermal management solutions when substituting.